
Elevator car door panel design: tolerances and DFM
Bend radii, hole clearances, coating allowance and the gap and flatness targets that decide whether an elevator car door panel fits and looks right.
Topic hub · 12 guides
Elevator parts are geometry-critical and coated for a shaft environment that is often damp. Ganesh makes counterweight frames, car frames and slings, guide rail brackets, rail clips and fishplates, cabin and door panels, floor sills and controller enclosures for TKE and Eros Elevators. These guides cover each part family: material, forming and welding route, the tolerances that matter at installation, coating specification, inspection and what a lift OEM should put on the drawing.
Counterweight frames, car frames, slings, guide rail brackets, door panels and controller enclosures made to lift OEM drawings.

Bend radii, hole clearances, coating allowance and the gap and flatness targets that decide whether an elevator car door panel fits and looks right.

How a lift guide rail bracket is cut, formed, welded and galvanised, with the slot and squareness numbers that keep rails aligned under load.

How a lift floor sill is formed and finished from stainless or MS sheet, with the groove and floor-level numbers that stop door rub and trip complaints.

How an elevator controller enclosure is bent, welded, masked and coated, with the door gaps, earth bonding and IP details that decide whether it passes.

How an elevator car frame is cut, fixtured, welded, coated and inspected, with the sling dimensions that decide whether the car installs cleanly.

How to size, detail and manufacture an elevator counterweight frame: balance weight, filler stack, tie rods, shoe brackets, tolerances and coating allowance.

Slot sizing, clamp length, bolt preload and coating choice for elevator rail clips and fishplate brackets, with the joint tolerances that hold rail alignment.

How an elevator handrail is formed, welded and finished, with the bracket pitch, grip geometry and weld-finish rules that keep a car handrail rigid and clean.

How an elevator landing door panel is formed, welded and coated, with the flatness, gap and return-depth numbers that stop a door rubbing or drumming.